In this thesis, we develop various controller synthesis approaches with formal safety guarantees for constrained nonlinear systems despite the presence of disturbances and sensor noise. They combine elements from control theory, formal verification in the form of reachability analysis, and optimization. By integrating formal verification into the controller synthesis, we obtain controllers with optimized performance and safety guarantees. The resulting algorithms are easy to use even without deep control knowledge. Their applicability is shown through several examples.
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In this thesis, we develop various controller synthesis approaches with formal safety guarantees for constrained nonlinear systems despite the presence of disturbances and sensor noise. They combine elements from control theory, formal verification in the form of reachability analysis, and optimization. By integrating formal verification into the controller synthesis, we obtain controllers with optimized performance and safety guarantees. The resulting algorithms are easy to use even without dee...
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